【摘要】 通过分析三大化石燃料的分布特点及其对地球地壳运动及地球表层温度稳定演化的影响,发现煤炭、石油、天然气因其丰富的储量、可观的地壳份量、广泛分布于陆地陆架地壳,以及与其周围柔性岩层构造和水资源共同对地壳自然微胀缩波动之"潮汐"运动和地球天体平衡稳定运转的调节润滑作用,成为维持地球表层温度稳定演化的重要作用因素。进一步通过分析20世纪初以来地球变热温度历史变化、1890年以来三大化石燃料开采量及累积量历史变化,进行了地球变热温度变化与化石燃料开采量及累积量增加变化的相关性研究,并探讨了化石燃料开采引起地球表层变热机制,得出结论:地球变热温度100多年历史变化与三大化石燃料的开采及历史积累有较强的正相关性。人类长期开采三大化石燃料是引起地球表层变热异常的重要因素。更多还原

【Abstract】 The first technique is referred to as analyzing the distribution features of three-large fossil fuels of coal,oil and gas and impact of ones on earth crustal movements and stable evolution of epidermic temperatures.It was concluded that coal,oil and gas could be main effect factors in maintaining stable evolution of epidermic temperatures for their rich reserves,con siderable proportions of crust weight,wide distribution in continental and shelf crust,as well as effects of adjusting and lubricating commonly on "tidal"motion that is natural micro-fluctuation of crust expansion-contraction and the earth celestial balance and stable operation with flexible earth structures,flexible rock stratification and water resources around ones.The techniques further are referred to as analyzing historic the temperature-changes of the epidermis getting thermal since the be ginning of the 20-th century,the changes of the historic exploitation quantities and its accumulated quantities of three-large fossil fuels since 1890,and on these bases,studying correlation between the temperature-changes of the epidermis getting ther mal and the increment-changes of exploitation quantities and its accumulated quantities of three-large fossil fuels,further dis cussioning the mechanism of the earth’s epidermis getting thermal caused by fossil fuels being exploited.The results indicated that there existed significant positive correlation between historical temperature-changes of the epidermis getting thermal in the last more than 100-years decades and exploitation quantities and its accumulated quantities of three-large fossil fuels.In conclusion,the three-large fossil fuels could be main affecting factors of the earth’s epidermis getting thermal anomaly.更多还原